Production line tool file automatic monitoring method and system

Abstract

The invention relates to a production line tool file automatic monitoring method and system. According to the technical scheme, the method comprises the steps that a production list of material numbers of products and file lists under all process production file storage paths are obtained regularly; obtaining a production process flow list corresponding to the material number of each product in process according to the production list; generating a demand file list corresponding to each product number according to the production process flow list corresponding to each product number; according to any demand file list and the file list, judging whether the files in the file list accord with the corresponding demand files in the demand file list, and if not, generating feedback information of lack of the corresponding demand files; displaying and exporting the feedback information; according to the method and the device, automatic monitoring of tool file supply is realized, production delay caused by tool file missing is avoided, and the production efficiency is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of PCB production, and more specifically, it relates to a method and system for automatically monitoring production line tool files. Background Art

[0002] In the PCB (Printed Circuit Board) production process, due to the diversity of products, engineering design needs to provide tool files for the corresponding process flows of PCB products with different processes. However, in the actual production process, there are often situations where the production utilization rate is reduced or production is delayed because the necessary files for a certain process are not provided in advance.

[0003] In the production process of existing PCBs in production, it is necessary to ensure that all tools of the in-process products have pre-provided production files. Usually, it is necessary to manually check the part numbers of the in-process products on the production line, and then determine whether the corresponding production files need to be provided according to the processing technology corresponding to the part numbers of the in-process products. Then, it is necessary to confirm whether the production files are provided in place in the corresponding folder path. This monitoring method has low efficiency and is prone to omissions resulting in production delays, so there is still room for improvement. Summary of the Invention

[0004] Aiming at the deficiencies of the existing technology, the purpose of the present invention is to provide a method and system for automatically monitoring production line tool files to solve the above technical problems.

[0005] In the first aspect, the present invention provides a method for automatically monitoring production line tool files, including:

[0006] Regularly obtain the production list of in-process product part numbers and the file list under the storage paths of all process production files;

[0007] Obtain the production process flow list corresponding to each in-process product part number according to the production list;

[0008] Generate a list of required files corresponding to each in-process product part number according to the production process flow list corresponding to each in-process product part number;

[0009] Judge whether the files in the file list meet the corresponding required files in the required file list according to the required file list corresponding to each in-process product part number and the file list. If not, generate feedback information on the missing corresponding required files;

[0010] Display and export the feedback information.

[0011] Specifically, first generate a production list based on the in-process part numbers in the database, and integrate the production files under the storage path of each process production file into a file list. Then, obtain the production process flow corresponding to each in-process part number according to the in-process part numbers in the production list, and generate a production process flow list corresponding to each in-process part number. Next, query the required tool files one by one according to all the production process flows in the production process flow list corresponding to each in-process part number, and then generate a list of required files for each in-process part to complete all the process flows. Subsequently, compare the list of required files corresponding to the in-process part numbers in the production list with the file list in sequence to check whether the file list contains all the tool files in the list of required files corresponding to the in-process part number. If any tool file in the list of required files is missing from the file list, generate feedback information indicating that the tool file is missing in the production process flow corresponding to the in-process part number. Display all the feedback information on the visualization window and export the feedback information for subsequent use.

[0012] By identifying the production process flows corresponding to all the in-process part numbers in the production list and generating the corresponding list of required files according to the production process flows, it is only necessary to compare the list of required files with the file list to determine whether there are any missing tool files in the list of required files corresponding to each in-process part number, and display the feedback information indicating the missing corresponding tool files, realizing the automatic monitoring of the supply of tool files, avoiding production delays caused by missing tool files, and improving production efficiency.

[0013] Optionally, the regularly obtaining the production list of in-process part numbers and the file list under the storage paths of all process production files includes:

[0014] Regularly obtain the file list of all production files under the storage paths of all process production files;

[0015] Regularly obtain the production list of the current in-process part numbers in the production database.

[0016] Specifically, obtain the production list of the current in-process part numbers in the production database at fixed time intervals, and obtain the file list of all production files under the storage paths of all process production files at fixed time intervals according to the file collection information. By obtaining the file list and the production list at fixed time intervals, it is possible to timely obtain all the production files under the production file storage path and refresh the file list, and update the production list of the in-process part numbers.

[0017] Optionally, the obtaining the production process flow list corresponding to each in-process part number according to the production list includes:

[0018] Sequentially obtain the production processes required for each in-process part number according to the production list;

[0019] Integrate the production process flow list according to the production process corresponding to each in-process material number.

[0020] Specifically, obtain the corresponding production process flow codes required for each in-process material number in the production list, and integrate the production process flow codes corresponding to each in-process material number into a list to obtain the production process flow list. By obtaining the production process flow list of each in-process material number and combining it with the production list of the in-process material number, the in-process material number and its corresponding production process flow are obtained to facilitate the display of feedback information.

[0021] Optionally, generating a list of required files corresponding to each in-process material number according to the production process flow list corresponding to each in-process material number includes:

[0022] Query the required files of the corresponding in-process material number according to the production process flow list corresponding to each in-process material number;

[0023] Generate a corresponding list of required files according to the required files of each in-process material number.

[0024] Specifically, since the required files are different in different production process flows and some production process flows do not require the provision of required files, therefore, query the required files of the corresponding in-process material number according to the production process flow list of each in-process material number and generate a list of required files to facilitate the investigation of the files in the file list.

[0025] Optionally, judging whether the files in the file list meet the corresponding required files in the list of required files according to the list of required files corresponding to each in-process material number and the file list. If not, generate feedback information indicating the lack of corresponding required files, including:

[0026] Compare the list of required files corresponding to each in-process material number with the file list in turn to generate comparison information corresponding to each in-process material number;

[0027] Judge whether the file list meets the list of required files of the in-process material number according to the comparison information. If not, generate feedback information indicating the lack of corresponding required files according to the comparison information.

[0028] Specifically, the files in the file list will be checked one by one according to the demand file list of each in-process part number to determine whether the files in the file list can meet the demand file list of each in-process part number. If any demand file in the demand file list of a certain in-process part number does not exist in the file list, it is determined that the file list cannot meet the demand file list of this in-process part number, and feedback information will be generated based on the missing demand files, which can realize the automatic monitoring of tool file supply, avoid production delays caused by missing files, and improve production efficiency.

[0029] Optionally, comparing the demand file list corresponding to each in-process part number with the file list in sequence to generate comparison information corresponding to each in-process part number, including:

[0030] Matching the demand file list corresponding to each in-process part number with all the files in the file list in the order of the production list to generate a missing file list corresponding to each in-process part number;

[0031] Generating comparison information corresponding to each in-process part number according to the missing file list corresponding to each in-process part number.

[0032] Specifically, according to the order of the production list, the demand file list corresponding to each in-process part number is matched with all the files in the file list in sequence. If all the files in the file list can be matched with all the files in the demand file list corresponding to the in-process part number, it means that the files in the file list can meet the demand file list corresponding to this in-process part number, so comparison information indicating that the files in the file list can meet the demand file list corresponding to this in-process part number is generated. If any demand file in the file list does not match any demand file in the demand file list corresponding to the in-process part number, it means that the files in the file list cannot meet the demand file list corresponding to this in-process part number, so a missing file list of the corresponding demand file in the demand file list corresponding to this in-process part number is generated for the files in the file list, and corresponding comparison information is generated according to the missing file list.

[0033] Optionally, judging whether the file list meets the demand file list of this in-process part number according to the comparison information, including:

[0034] Judging whether the demand files of the corresponding in-process part number are missing in the file list according to the missing file list of the comparison information. If so, it is determined that the file list cannot meet the demand file list of this in-process part number; if not, it is determined that the file list meets the demand file list of this in-process part number.

[0035] Specifically, by comparing whether there is a missing file list in the information, it can be determined whether the required files for the corresponding work-in-process part number are missing in the file list, so as to determine whether the file list meets the requirements of the work-in-process part number's file list, realizing the automatic monitoring of tool file supply, avoiding production delays caused by missing files, and improving production efficiency.

[0036] Optionally, the displaying and exporting the feedback information includes:

[0037] Integrating the feedback information corresponding to each work-in-process part number to generate a feedback form containing the feedback information of all work-in-process part numbers;

[0038] Displaying the feedback form in a visualization window;

[0039] Receiving export information and exporting the feedback form as a feedback document.

[0040] Specifically, the feedback form includes the work-in-process part number, the production process corresponding to the work-in-process part number, and the feedback information on whether the required files for each production process are missing; by displaying the feedback form in a visualization window, it is beneficial for the operator to timely check whether there are missing required files in the file list of each work-in-process part number in the production list and supplement the corresponding required files in a timely manner. Exporting the feedback form as an Excel chart document for subsequent use.

[0041] Optionally, after integrating the feedback information corresponding to each work-in-process part number to generate a feedback form containing the feedback information of all work-in-process part numbers, it further includes:

[0042] Sorting the feedback information of all work-in-process part numbers in the feedback form according to the production order of the work-in-process part numbers in the production list.

[0043] Specifically, sorting the feedback form according to the production order of the work-in-process part numbers in the production list can facilitate the operator to supplement the required files according to the order of the feedback form, avoid production delays caused by missing files, and improve production efficiency.

[0044] In a second aspect, the present invention also provides an automatic monitoring system for production line tool files, which is characterized by including:

[0045] A list acquisition module for regularly acquiring the production list of work-in-process part numbers and the file list under the storage paths of all process production files;

[0046] A process acquisition module for acquiring the production process flow list corresponding to each work-in-process part number according to the production list;

[0047] A requirements document acquisition module, configured to generate a requirements document list corresponding to each in-process part number according to the production process flow list corresponding to each in-process part number;

[0048] A document verification module, configured to determine whether the documents in the document list meet the corresponding requirements documents in the requirements document list according to the requirements document list corresponding to each in-process part number and the document list. If not, generate feedback information indicating the lack of corresponding requirements documents;

[0049] A display and output module, configured to display and export the feedback information.

[0050] Specifically, the list acquisition module periodically acquires the production list of in-process part numbers and the document list under the storage path of all process production documents. Then, the process acquisition module acquires the corresponding production process flow list according to the production list acquired by the list acquisition module. Subsequently, the requirements document acquisition module acquires the corresponding requirements documents according to the production process flow list and generates the corresponding requirements document list. The document verification module verifies whether the documents in the document list meet the corresponding requirements documents in the requirements document list according to the requirements document list and the document list, and outputs feedback information. The display and output module can display the feedback information and export the feedback information after receiving the export signal.

[0051] In summary, the present invention has the following beneficial effects: By identifying the production process flows corresponding to all in-process part numbers in the production list and generating the corresponding requirements document list, it is only necessary to compare the requirements document list with the document list to determine whether all tool documents in the requirements document list corresponding to each in-process part number are missing, and display the feedback information indicating the lack of corresponding tool documents, realizing the automatic monitoring of the supply of tool documents, avoiding production delays caused by the leakage of tool documents, and improving production efficiency. Description of the Drawings

[0052] Figure 1 is the method flow chart of an automatic monitoring method for production line tool documents of the present invention;

[0053] Figure 2 is the structural block diagram of an automatic monitoring system for production line tool documents of the present invention. Detailed Embodiments

[0054] To make the objectives, features, and advantages of the present invention more obvious and understandable, the following provides a detailed description of the specific embodiments of the present invention with reference to the accompanying drawings. Several embodiments of the present invention are given in the drawings. However, the present invention can be implemented in many different forms and is not limited to the embodiments described herein.

[0055] In the present invention, unless otherwise clearly specified and defined, terms such as "installation", "connection", "linkage", "fixation" shall be understood in a broad sense. For example, it may be a fixed connection, a detachable connection, or an integral connection; it may be a mechanical connection or an electrical connection; it may be a direct connection or an indirect connection through an intermediate medium, and it may be the communication inside two components. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood according to specific circumstances. The terms "first" and "second" are only used for descriptive purposes and cannot be understood as indicating or implying relative importance or implicitly specifying the quantity of the indicated technical features. Thus, the features defined with "first" and "second" may explicitly or implicitly include one or more of such features.

[0056] The present invention will be described in detail below with reference to the accompanying drawings and embodiments.

[0057] Embodiment 1

[0058] This embodiment provides an automatic monitoring method for production line tool files, as Figure 1 shown, including: regularly obtaining the production list of in-process part numbers and the file list under the storage paths of all process production files;

[0059] obtaining the production process flow list corresponding to each in-process part number according to the production list;

[0060] generating the required file list corresponding to each in-process part number according to the production process flow list corresponding to each in-process part number;

[0061] judging whether the files in the file list meet the required files corresponding to the required file list according to the required file list corresponding to each in-process part number and the file list. If not, generating feedback information on the missing corresponding required files;

[0062] displaying and exporting the feedback information.

[0063] Specifically, first generate a production list based on the in-process part numbers in the database, and integrate the production files under the storage path of each process production file into a file list. Then, obtain the production process flow corresponding to each in-process part number according to the in-process part numbers in the production list, and generate a production process flow list corresponding to each in-process part number. Next, query the required tool files one by one according to all the production process flows in the production process flow list corresponding to each in-process part number, and then generate a list of required files for each in-process part to complete all the process flows. Subsequently, compare the list of required files corresponding to the in-process part number with the file list in the order of the in-process part numbers in the production list to check whether the file list contains all the tool files in the list of required files corresponding to the in-process part number. If any tool file in the list of required files is missing from the file list, generate feedback information indicating that the tool file is missing in the production process flow corresponding to the in-process part number. Display all the feedback information on the visualization window and export the feedback information for subsequent use.

[0064] By identifying the production process flows corresponding to all the in-process part numbers in the production list and generating the corresponding list of required files according to the production process flows, it is only necessary to compare the list of required files with the file list to determine whether any tool files in the list of required files corresponding to each in-process part number are missing, and display the feedback information indicating the missing corresponding tool files, thus realizing the automatic monitoring of the supply of tool files, avoiding production delays caused by missing tool files, and improving production efficiency.

[0065] Optionally, the step of periodically obtaining the production list of in-process part numbers and the file list under the storage paths of all process production files includes:

[0066] Periodically obtain the file list of all production files under the storage paths of all process production files;

[0067] Periodically obtain the production list of the current in-process part numbers in the production database.

[0068] Specifically, obtain the production list of the current in-process part numbers in the production database at fixed time intervals, and obtain the file list of all production files under the storage paths of all process production files at fixed time intervals according to the file collection information. By obtaining the file list and the production list at fixed time intervals, it is possible to timely obtain all the production files under the production file storage path, refresh the file list, and update the production list of in-process part numbers.

[0069] In practical applications, based on the scheduled tasks of the Windows system, the system can automatically execute the collection tasks of the file list and the production list at fixed intervals (such as every 5 minutes), or immediately execute the collection tasks of the file list and the production list after receiving the refresh information when the operator clicks the refresh button.

[0070] Optionally, obtaining the production process flow list corresponding to each in-process part number according to the production list includes:

[0071] Sequentially obtain the production processes required for each in-process part number according to the production list;

[0072] Integrate the production processes corresponding to each in-process part number to obtain the production process flow list.

[0073] Specifically, obtain the corresponding production process flow codes required for each in-process part number in the production list, and integrate the production process flow codes corresponding to each in-process part number into a list to obtain the production process flow list. By obtaining the production process flow list of each in-process part number and combining it with the production list of the in-process part number, the in-process part number and its corresponding production process flow are obtained, which is convenient for displaying feedback information.

[0074] Optionally, generating the demand file list corresponding to each in-process part number according to the production process flow list corresponding to each in-process part number includes:

[0075] Query the demand files of the corresponding in-process part numbers according to the production process flow list corresponding to each in-process part number;

[0076] Generate the corresponding demand file list according to the demand files of each in-process part number.

[0077] Specifically, since the required demand files are different in different production process flows and some production process flows do not require providing demand files, the demand files of the corresponding in-process part numbers are queried according to the production process flow list of each in-process part number, and the demand file list is generated to facilitate the investigation of the files in the file list.

[0078] Optionally, judging whether the files in the file list meet the corresponding demand files in the demand file list according to the demand file list and the file list corresponding to each in-process part number. If not, generate the feedback information of the missing corresponding demand file, including:

[0079] Sequentially compare the demand file list corresponding to each in-process part number with the file list to generate the comparison information corresponding to each in-process part number;

[0080] Judge whether the file list meets the requirement file list of the in-process part number according to the comparison information. If not, generate feedback information lacking corresponding required files according to the comparison information.

[0081] Specifically, check the files in the file list one by one according to the requirement file list of each in-process part number to determine whether the files in the file list can meet the requirement file list of each in-process part number. If any required file in the requirement file list of an in-process part number does not exist in the file list, it is determined that the file list cannot meet the requirement file list of this in-process part number, and feedback information is generated based on the missing required files, which can realize the automatic monitoring of tool file supply, avoid production delays caused by missing files, and improve production efficiency.

[0082] Optionally, the step of comparing the requirement file list corresponding to each in-process part number with the file list in sequence to generate comparison information corresponding to each in-process part number includes:

[0083] Match the requirement file list corresponding to each in-process part number with all the files in the file list in sequence according to the production list to generate a missing file list corresponding to each in-process part number;

[0084] Generate comparison information corresponding to each in-process part number according to the missing file list corresponding to each in-process part number.

[0085] Specifically, match the requirement file list corresponding to each in-process part number with all the files in the file list in sequence according to the production list. If all the files in the file list can be matched with all the files in the requirement file list corresponding to the in-process part number, it means that the files in the file list can meet the requirement file list corresponding to this in-process part number, so comparison information indicating that the files in the file list can meet the requirement file list corresponding to this in-process part number is generated. If any required file in the file list does not match any of the files in the requirement file list corresponding to the in-process part number, it means that the files in the file list cannot meet the requirement file list corresponding to this in-process part number, so a missing file list lacking the corresponding required files in the requirement file list corresponding to this in-process part number is generated, and corresponding comparison information is generated according to the missing file list.

[0086] Optionally, the step of judging whether the file list meets the requirement file list of the in-process part number according to the comparison information includes:

[0087] Based on the list of missing files in the comparison information, determine whether the required files for the corresponding in-process part number are missing in the file list. If so, determine that the file list does not meet the requirements of the in-process part number; if not, determine that the file list meets the requirements of the in-process part number.

[0088] Specifically, by checking whether there is a list of missing files in the comparison information, it can be determined whether the required files for the corresponding in-process part number are missing in the file list, and then whether the file list meets the requirements of the in-process part number, realizing automatic monitoring of tool file supply, avoiding production delays caused by missing files, and improving production efficiency.

[0089] Embodiment 2

[0090] This embodiment provides an automatic monitoring method for production line tool files, as Figure 1 shown, including regularly obtaining the production list of in-process part numbers and the file list under the storage paths of all process production files;

[0091] Obtain the production process flow list corresponding to each in-process part number according to the production list;

[0092] Generate the required file list corresponding to each in-process part number according to the production process flow list corresponding to each in-process part number;

[0093] Based on the required file list corresponding to each in-process part number and the file list, determine whether the files in the file list meet the corresponding required files in the required file list. If not, generate feedback information on the missing corresponding required files;

[0094] Display and export the feedback information.

[0095] Specifically, first generate a production list based on the in-process part numbers in the database, and integrate the production files under the storage path of each process production file into a file list. Then, obtain the production process flow corresponding to each in-process part number according to the in-process part numbers in the production list, and generate a production process flow list corresponding to each in-process part number. Next, query the required tool files one by one according to all the production process flows in the production process flow list corresponding to each in-process part number, and then generate a list of required files for each in-process part to complete all the process flows. Subsequently, compare the list of required files corresponding to the in-process part numbers in the production list with the file list in sequence to check whether the file list contains all the tool files in the list of required files corresponding to the in-process part number. If any tool file in the list of required files is missing from the file list, generate feedback information indicating that the tool file is missing in the production process flow corresponding to the in-process part number. Display all the feedback information on the visualization window and export the feedback information for subsequent use.

[0096] By identifying the production process flows corresponding to all the in-process part numbers in the production list and generating the corresponding list of required files according to the production process flows, it is only necessary to compare the list of required files with the file list to determine whether any tool files in the list of required files corresponding to each in-process part number are missing, and display the feedback information indicating the missing corresponding tool files, so as to realize the automatic monitoring of the supply of tool files, avoid production delays caused by missing tool files, and improve production efficiency.

[0097] Optionally, the regularly obtaining the production list of in-process part numbers and the file list under the storage paths of all process production files includes:

[0098] Regularly obtain the file list of all production files under the storage paths of all process production files;

[0099] Regularly obtain the production list of the current in-process part numbers in the production database.

[0100] Specifically, obtain the production list of the current in-process part numbers in the production database at fixed time intervals, and obtain the file list of all production files under the storage paths of all process production files at fixed time intervals according to the file collection information. By obtaining the file list and the production list at fixed time intervals, it is possible to timely obtain all the production files under the production file storage path and refresh the file list, and update the production list of in-process part numbers.

[0101] In practical applications, based on the scheduled tasks of the Windows system, the system automatically executes the collection tasks of the file list and the production list at fixed intervals (such as every 5 minutes), or immediately executes the collection tasks of the file list and the production list after receiving the refresh information when the operator clicks the refresh button.

[0102] Optionally, obtaining the production process flow list corresponding to each in-process part number according to the production list includes:

[0103] Sequentially obtain the production processes required for each in-process part number according to the production list;

[0104] Integrate the production processes corresponding to each in-process part number to obtain the production process flow list.

[0105] Specifically, obtain the corresponding production process flow codes required for each in-process part number in the production list, and integrate the production process flow codes corresponding to each in-process part number into a list to obtain the production process flow list. By obtaining the production process flow list of each in-process part number and combining it with the production list of the in-process part number, the in-process part number and its corresponding production process flow are obtained, so as to facilitate the display of feedback information.

[0106] Optionally, generating the demand file list corresponding to each in-process part number according to the production process flow list corresponding to each in-process part number includes:

[0107] Query the demand files of the corresponding in-process part numbers according to the production process flow list corresponding to each in-process part number;

[0108] Generate the corresponding demand file list according to the demand files of each in-process part number.

[0109] Specifically, since the required demand files are different in different production process flows, and some production process flows do not require the provision of demand files, therefore, query the demand files of the corresponding in-process part numbers according to the production process flow list of each in-process part number, and generate the demand file list to facilitate the investigation of the files in the file list.

[0110] Optionally, judging whether the files in the file list meet the corresponding demand files in the demand file list according to the demand file list and the file list corresponding to each in-process part number. If not, generate the feedback information of the missing corresponding demand file, including:

[0111] Sequentially compare the demand file list corresponding to each in-process part number with the file list to generate the comparison information corresponding to each in-process part number;

[0112] Determine whether the file list meets the requirement file list of the in-process part number according to the comparison information. If not, generate feedback information missing the corresponding required files according to the comparison information.

[0113] Specifically, the files in the file list will be checked one by one according to the requirement file list of each in-process part number to determine whether the files in the file list can meet the requirement file list of each in-process part number. If any required file in the requirement file list of an in-process part number does not exist in the file list, it is determined that the file list cannot meet the requirement file list of this in-process part number, and feedback information will be generated based on the missing required files, which can realize the automatic monitoring of tool file supply, avoid production delays caused by missing files, and improve production efficiency.

[0114] Optionally, the process of sequentially comparing the requirement file list corresponding to each in-process part number with the file list to generate comparison information corresponding to each in-process part number includes:

[0115] Match the requirement file list corresponding to each in-process part number with all the files in the file list in the order of the production list to generate a missing file list corresponding to each in-process part number;

[0116] Generate comparison information corresponding to each in-process part number based on the missing file list corresponding to each in-process part number.

[0117] Specifically, according to the order of the production list, the requirement file list corresponding to each in-process part number is sequentially matched with all the files in the file list. If all the files in the file list can be matched with all the files in the requirement file list corresponding to the in-process part number, it means that the files in the file list can meet the requirement file list corresponding to this in-process part number, so comparison information indicating that the files in the file list can meet the requirement file list corresponding to this in-process part number is generated. If any required file in the file list does not match any of the files in the requirement file list corresponding to the in-process part number, it means that the files in the file list cannot meet the requirement file list corresponding to this in-process part number, so a missing file list of the corresponding required files in the requirement file list corresponding to this in-process part number in the file list is generated, and corresponding comparison information is generated based on the missing file list.

[0118] Optionally, the process of determining whether the file list meets the requirement file list of the in-process part number according to the comparison information includes:

[0119] Determine whether the required files for the corresponding in-process part number are missing in the file list based on the list of missing files in the comparison information. If so, determine that the file list does not meet the requirements of the file list for the in-process part number; if not, determine that the file list meets the requirements of the file list for the in-process part number.

[0120] Specifically, by determining whether there is a list of missing files in the comparison information, it can be determined whether the required files for the corresponding in-process part number are missing in the file list, so as to determine whether the file list meets the requirements of the file list for the in-process part number, realizing the automatic monitoring of tool file supply, avoiding production delays caused by missing files, and improving production efficiency.

[0121] Optionally, the displaying and exporting the feedback information includes:

[0122] Integrate the feedback information corresponding to each in-process part number to generate a feedback form containing the feedback information of all in-process part numbers;

[0123] Display the feedback form in the visualization window;

[0124] Receive the export information and export the feedback form as a feedback document.

[0125] Specifically, the feedback form includes the in-process part number, the production process corresponding to the in-process part number, and the feedback information on whether the required files for each production process are missing; by displaying the feedback form in the visualization window, it is beneficial for the operator to timely check whether there are missing required files in the file list of each in-process part number in the production list and supplement the corresponding required files in a timely manner. Export the feedback form as an Excel chart document for subsequent use.

[0126] In practical applications, in the cells corresponding to different production process flows of the in-process part number in the feedback form, if the corresponding required file is in a missing state, "none" is displayed in the cell; if the corresponding required file already exists in the file list or the current production process flow does not require the provision of the required file, no feedback information is displayed in the cell.

[0127] Optionally, after integrating the feedback information corresponding to each in-process part number to generate a feedback form containing the feedback information of all in-process part numbers, it further includes:

[0128] Sort the feedback information of all in-process part numbers in the feedback form according to the production order of the in-process part numbers in the production list.

[0129] Specifically, sorting the feedback form according to the production order of the in-process part numbers in the production list can facilitate the operator to supplement the required documents in the order of the feedback form, avoid production delays caused by missing documents, and improve production efficiency.

[0130] Embodiment III

[0131] To execute the method corresponding to the above embodiment to achieve the corresponding functions and technical effects, the following provides an automatic monitoring system for production line tool files, as Figure 2 shown, including:

[0132] A list acquisition module, configured to regularly acquire the production list of in-process part numbers and the file list under the storage paths of all process production documents;

[0133] A process acquisition module, configured to acquire the production process flow list corresponding to each in-process part number according to the production list;

[0134] A required document acquisition module, configured to generate a required document list corresponding to each in-process part number according to the production process flow list corresponding to each in-process part number;

[0135] A file verification module, configured to determine whether the files in the file list meet the corresponding required documents in the required document list according to the required document list corresponding to each in-process part number and the file list. If not, generate feedback information on the missing corresponding required documents;

[0136] A display and output module, configured to display and export the feedback information.

[0137] Specifically, the list acquisition module regularly acquires the production list of in-process part numbers and the file list under the storage paths of all process production documents. Then, the process acquisition module acquires the corresponding process flow list according to the production list acquired by the list acquisition module. Subsequently, the required document acquisition module acquires the corresponding required documents according to the production process flow list and generates the corresponding required document list. The file verification module verifies whether the files in the file list meet the corresponding required documents in the required document list according to the required document list and the file list, and outputs feedback information. The display and output module can display the feedback information and export the feedback information after receiving the export signal.

[0138] The above automatic monitoring system for production line tool files can implement the above-mentioned automatic monitoring method for production line tool files. For the specific limitations and other contents of the above-mentioned embodiment of the automatic monitoring system for production line tool files, reference can be made to the content of the above-mentioned automatic monitoring method for production line tool files, and no further elaboration will be made in the embodiment.

[0139] The above are only the preferred embodiments of the present invention, and the protection scope of the present invention is not limited to the above embodiments. All technical solutions falling within the concept of the present invention belong to the protection scope of the present invention. It should be noted that for those of ordinary skill in the art, several improvements and refinements made without departing from the principle of the present invention should also be regarded as within the protection scope of the present invention.

Claims

1. A method for automatically monitoring production line tool files, characterized in that: include: Regularly obtain the production list of WIP material numbers and the file list under the storage path of all process production files; Obtain a production process flow list corresponding to each work-in-progress material number according to the production list; Generate a list of demand documents corresponding to each WIP part number based on the production process flow list corresponding to each WIP part number; According to the requirement file list and the file list corresponding to each WIP material number, it is determined whether the file in the file list meets the requirement file corresponding to the requirement file list. If not, feedback information of lack of corresponding requirement file is generated; The feedback information is displayed and exported.

2. The method for automatically monitoring production line tool files according to claim 1, characterized in that: The periodic acquisition of the production list of work-in-process material numbers and the file list under the storage path of all process production files includes: Regularly obtain the file list of all production files under the storage path of all process production files; Periodically obtain the production list of the current work-in-progress part numbers in the production database.

3. The method for automatically monitoring production line tool files according to claim 1, characterized in that: The step of obtaining a production process flow list corresponding to each work-in-progress material number according to the production list includes: According to the production list, the production process required for each work-in-progress material number is obtained in sequence; The production process flow list is obtained by integrating the production processes corresponding to each work-in-progress material number.

4. The method for automatically monitoring production line tool files according to claim 1, characterized in that: The generating of the demand document list corresponding to each WIP material number according to the production process flow list corresponding to each WIP material number includes: Query the demand file of the corresponding WIP material number according to the production process flow list corresponding to each WIP material number; Generate a corresponding demand document list based on the demand document of each WIP material number.

5. The method for automatically monitoring production line tool files according to claim 1, characterized in that: The step of judging whether the file in the file list meets the corresponding requirement file in the requirement file list according to the requirement file list and the file list corresponding to each WIP material number, and if not, generating feedback information on the lack of the corresponding requirement file, includes: Compare the demand file list corresponding to each WIP material number with the file list in turn to generate comparison information corresponding to each WIP material number; It is determined whether the file list satisfies the required file list of the WIP part number according to the comparison information. If not, feedback information indicating that the corresponding required file is missing is generated according to the comparison information.

6. The method for automatically monitoring production line tool files according to claim 5, characterized in that: The requirement file list corresponding to each WIP part number is sequentially compared with the file list to generate comparison information corresponding to each WIP part number, including: Match the required file list corresponding to each WIP part number with all the files in the file list in the order of the production list, and generate a missing file list corresponding to each WIP part number; Comparison information corresponding to each WIP part number is generated based on the missing file list corresponding to each WIP part number.

7. The method for automatically monitoring production line tool files according to claim 6, characterized in that: The step of judging whether the file list satisfies the required file list of the WIP part number according to the comparison information includes: According to the missing file list of the comparison information, it is determined whether the corresponding required file of the work-in-process material number is missing in the file list. If so, it is determined that the file list cannot meet the required file list of the work-in-process material number; if not, it is determined that the file list meets the required file list of the work-in-process material number.

8. The method for automatically monitoring production line tool files according to claim 1, characterized in that: The displaying and exporting the feedback information includes: Integrate the feedback information corresponding to each WIP part number to generate a feedback table containing the feedback information of all WIP part numbers; Displaying the feedback form in a visualization window; The export information is received, and the feedback form is exported as a feedback document.

9. The method for automatically monitoring production line tool files according to claim 8, characterized in that: After integrating the feedback information corresponding to each WIP part number and generating a feedback table containing the feedback information of all WIP part numbers, it also includes: The feedback information of all the work-in-process material numbers in the feedback table is sorted according to the production order of the work-in-process material numbers in the production list.

10. A production line tool file automatic monitoring system, characterized in that: include: List acquisition module, used to regularly obtain the production list of work-in-process material numbers and the file list under the storage path of all process production files; A process acquisition module is used to acquire a production process flow list corresponding to each work-in-progress material number according to the production list; A demand file acquisition module is used to generate a demand file list corresponding to each work-in-process material number according to the production process flow list corresponding to each work-in-process material number; The file verification module is used to determine whether the file in the file list meets the corresponding requirement file in the requirement file list according to the requirement file list and the file list corresponding to each WIP material number. If not, feedback information on the lack of the corresponding requirement file is generated; The display output module is used to display and export the feedback information.

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